Bipole III to cost farmers billions

Compensate farmers on annual basis, not just one-time

Hey there, time traveller!This article was published 18/12/2012 (1702 days ago), so information in it may no longer be current.

The 1,384-kilometre route of Bipole III from the Nelson River to Winnipeg imposed by the NDP government has been consistently estimated to cost at least $1 billion more than a route to the east of Lake Winnipeg. That's the engineering and line-loss costs for the extra distance, plus the added cost of purchasing replacement energy in the event of a catastrophic outage of the line. It also includes a mere $34 million for "property acquisition" for the entire length of the line, including the agricultural areas affected.

In fact, the impact on Manitoba's agricultural industry for the life of the line is now calculated to have a present value in the range of $1.6 billion to $2.6 billion, just for losses from impediments to spraying created by the new line. The range illustrates the effect of different discount rates (3.5 per cent and two per cent) to estimate the long-range impacts in today's dollars.

BRUCE BUMSTEAD/BRANDON SUN

Brandon Sun archives
The impact on Manitoba�s agricultural industry is calculated to have a value as high as $2.6 billion, just for losses from impediments to spraying.

Looking at it another way, the present value calculation of impact shows the amount Hydro would need to invest to have enough revenue to pay compensation to farmers for the life of the line. In practice, Hydro would probably borrow the money each year and pay its loan shark (Government of Manitoba) a one per cent fee to access the government's credit rating.

This brings increased costs to between $2.6 billion and $3.6 billion. How could Manitoba Hydro acquiesce to such an economically disastrous route that crosses more than 250 kilometres of prime agricultural land?

The impact on spraying of herbicides, insecticides and fungicides will be substantial. Aerial spraying is necessary in many situations, and depending on field orientation and seeding direction in relation to power lines, may be unsafe and impractical within 1.6 kilometres.

Aerial spraying is a precision activity, both in terms of immediate safety from collisions and from the risk of overlaps or misses. Overlaps mean potentially unsafe harvested foods, and misses mean reduced yields. Crop dusters fly prescribed low patterns at high speeds, often in hot weather when the air is "thin" and manoeuvres require great care. Consequently, aerial operators are not expected to accept the risk within 1.6 km of a high-power line.

Ground-based sprayers may often not be practical, either. Wet soils with high clay content, in particular, might not be accessible.

Combined aerial and ground spraying is not practical because of the risk that overlap could render the produce unsafe for human consumption and leave aerial applicators vulnerable to huge fines and jeopardize their licences.

Because spraying may not be practical or timely, considerable crop losses will occur. Since more than 250 kilometres of line passes through prime crop land, the impacts will be huge.

Manitoba Hydro is on record as stating only 123.5 acres of farmland will be affected: essentially, land for tower bases. This is ridiculous: an illusion clearly intended to deflect attention away from reality. A more realistic figure is 192,000 acres of arable land directly impacted with spraying problems. With at least 250 kilometres of prime crop lands impacted, plus almost an equal distance of mixed farming areas, it will significantly increase costs, frustrations and hazards for Manitoba farmers unfortunate enough to be located under or near the proposed line.

First, equipment will require extra turns to avoid towers, with the consequence of extra time (labour) and fuel for turning, missed areas and overlap of seed, fertilizer and sprays. Given the size of equipment today compared to a few decades ago, the risk of collision with towers is real: The only question is when it will happen and what injury and damage will result.

Second, additional insurance costs associated with these risks will be considerable, as well as associated costs for crop insurance and income-stability programs resulting from increased premiums and reduced coverage.

Third, dairy and hog farmers today are obligated to have complex manure-injection plans and systems. These involve huge storage structures for the manure and a very long umbilical hose that is dragged behind injector equipment. Manoeuvring this equipment will be severely impacted by towers, restricting the area of land that can be used for manure application and probably resulting either in the need for additional land to accommodate injection, or exposure to heavy fines for not meeting regulations.

Fourth, climate change will justify new irrigation developments, but these might not be practical near power lines, resulting in lost potential income.

It gets even more complicated.

The above deals only with today's technology. Over the past 60 years, seeding machinery has gone from widths of 3.6 to six metres to 18 to 24 metres or more (39.6 metres and more for harrows and sprayers). Greater widths creep in each year. GPS and GIS technologies linked into auto-steering systems are the norm, and the proper operation of equipment is monitored by sophisticated technologies mounted in the cab of the tractor or combine. Technological change is a fact of life in every aspect of farming: new crops suited to Manitoba conditions, new chemicals, new and larger machinery, new computer applications for planning and management, etc. Specialists in fields of medicine, genetics, robotics, engineering, metallurgy, computer technology, microbiology and biology, to name just a few, are working steadily on tweaking systems, but as well they are developing entirely new approaches to how farming will be practised in the future.

It is this pace of technological change that makes it impossible to project future costs and losses beyond a few years. Just as many crops today were not grown 60 years ago (canola, corn, soybeans), over another 60 years, crop types will change, keeping pace with market and efficiency challenges.

Manitoba Hydro hasn't caught up to this fact. Its approach to compensation derives from thinking of agriculture in static terms. Just a look at the amount of food produced and the differences in types over the past 50 years renders this approach obsolete. The pace of change is now so fast even medium-term projections cannot be made with any degree of accuracy.

Yet, Manitoba Hydro thinks that a once-only, up-front lump sum payment is appropriate for compensation: again a blatant denial of reality.

Bipole III, if needed at all in the short run, warrants the following considerations.

First, Bipole III should avoid cultivated agricultural lands. Where this is impossible, the lines should be underground, as are oil and gas pipelines. Given the magnitude of projected agricultural losses, underground lines are clearly the less costly option.

Although the proposed Bipole III line could be placed underground from near Gladstone to Winnipeg, thereby avoiding much of the long-term losses, other routes also deserve attention to avoid serious migratory bird and caribou impacts.

Second, putting a new line through the agricultural region (a documented tornado-prone area) for reasons of "system security" defies logic. If security is the objective, there are other and better routes to achieve it; if market demand is the objective, due diligence is required.

Finally, compensation should reflect its true meaning: replacement of losses incurred. This means that if losses are annual, compensation should be paid annually, based on the realities of the day. Farmers' reaction to this excessive impact of the proposed line on their livelihoods may turn out to be a godsend to the taxpayers of Manitoba by saving them from paying for a $2.6-billion boondoggle.

Jim Collinson is a management consultant specializing in the complexities surrounding energy, economy and environment issues. For two terms, he was president of the UNESCO World Heritage Committee.

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